Kennedy Krieger Institute Installed Driving Simulator

A new simulator in Baltimore helps patients with spinal cord injuries learn adaptive driving techniques.

Updated on Oct. 6, 2026 in Special Needs

Bold vector editorial illustration of a steering wheel assembly with adaptive hand-control levers, representing rehabilitation technology in a clean, clinical setting. — The Kennedy Krieger Institute in Baltimore launched a new adaptive driving simulator in July 2026 to help patients with spinal cord injuries regain independence. AI Illustration. Upload story photo >

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Should local medical institutions prioritize investing in adaptive technology to assist patients in regaining independence?

The Kennedy Krieger Institute added a specialized driving simulator in July 2026 to assist patients recovering from spinal cord injuries. The device enables individuals to practice using hand controls and adaptive equipment under professional supervision.

Why it matters

Regaining the ability to drive provides a critical sense of independence for individuals navigating life after significant mobility loss. This technology offers a safe, controlled environment for patients to rebuild the strength and coordination needed for the road.

The simulator represents a $90,000 investment supported by the Samuel and Margaret Gorn Foundation. Since its arrival, 10 patients have engaged with the system, with user Jean Hudson completing 12 individual training sessions.

The players

Kennedy Krieger Institute

This Baltimore-based organization specializes in pediatric developmental disabilities and spinal cord injury rehabilitation.

Samuel and Margaret Gorn Foundation

This charitable organization provided the grant funding necessary to purchase the new driving simulation equipment.

Jean Hudson

She is a patient who utilized the new technology to complete 12 specialized training sessions.

The details

Under the guidance of occupational therapists, patients use the simulator to master hand controls and left-pedal modifications. The program focuses on assessing and improving the physical strength and coordination required to operate a motor vehicle safely.

January 2017: Jean Hudson was diagnosed with transverse myelitis.
July 2026: The driving simulator arrived at the institute.

Culture Shift

The integration of advanced simulation into physical therapy reflects a broader societal move toward prioritizing functional independence for those with mobility impairments. By utilizing the Kennedy Krieger Institute's International Center for Spinal Cord Injury as a hub, this program bridges the gap between clinical rehabilitation and everyday community participation.

Patients and their families in the Baltimore area gain access to a vital tool for assessing their readiness to return to the road. This technology helps residents overcome logistical hurdles by providing a measured pathway toward restoring their personal mobility.

The takeaway

Restoring driving independence requires a transition from clinical therapy to practical, technical application. Patients and caregivers should consult with specialized occupational therapists to determine if simulator-based training is appropriate for their specific physical requirements.